FI83283B - FOERFARANDE FOER FRAMSTAELLNING AV SOETSAKSSTAONGER, I SYNNERHET VAOFFLOR, SOM BELAGTS MED CHOKLAD OCH FYLLTS MED KRAEM. - Google Patents

Description

83233

Method for making make spatulas, especially chocolate-coated, cream-filled waffles

The invention relates to a process for the preparation of candy bars containing fried waffles to which a cream ingredient has been applied, in which a stack of cream-coated waffles is coated with a coating which is protected from cracking or cracking by controlling the moisture content of the waffle and cream. does not apply cracking pressures to the outer coating due to the expansion of the wafer caused by the addition of moisture.

The method of making candy bars made from cream-coated waffles, which are then coated with a final coating such as chocolate, is complicated because changes in the structure of the waffles may occur after the waffles are coated. Various attempts have been made in the art in the past to avoid tearing or cracking of the final coating by making wafer stacks that are coated with a suitable cream when the waffles have a relatively low moisture content as they come from the ovens in which they are made. One such method uses a relatively large space with a controlled atmosphere in which wafer stacks are stored for relatively long periods of time, such as several days during which cream-coated waffle stacks are passed through this space, commonly referred to as a cooking space. The ripened stacks 30 are then transported out of the ripening space and fed to a coating machine which coats the ripened waffle stacks with a coating, often consisting of a chocolate mixture. The exact mechanism of such maturation is not known precisely. The time required in the cooking space represents a real drawback, 35 because large quantities of such waffle stacks have to be kept in 2 83283 such cooking rooms for long periods of time, and it is not always easy to determine exactly how long this period should be.

One of the previous proposals to avoid these difficulties 5 was to keep the waffles in a ripening tunnel, after which the waffles were coated with cream, cut into suitable candy bars and then coated. Previous attempts to use such ripening tunnels were not successful due to the fact that after coating, the final candy bar product finally cracked and the final coating delaminated if the resulting candy bars were stored for longer periods. The shorter processing time provided by the use of such ripening tuners was offset by the reduced shelf life of the final product. The method according to the invention makes it possible to eliminate long residence times in the use of previous ripening rooms and at the same time to avoid the tearing and cracking associated with the use of previous ripening tunnels.

The invention relates to a process for the production of candy bars, in particular chocolate-coated, cream-filled waffles, comprising a) preparing baked wafer sheets, b) cooling said sheets, c) conveying the cooled sheets through a ripening tunnel in the production line to maintain certain temperature and humidity conditions, applying the cream to the waffle sheets, e) cutting at least two cream-coated waffle sheets into confectionery size or candy bar units, f) applying a chocolate coating to the candy bar units to make a chocolate coated cream filled waffle. The method is characterized in that 35 g) the temperature and humidity conditions in the ripening tunnel are such that the moisture content of the plates rises to about 3.5 to 6.0%, h) the waffle plates are transported immediately after the ripening tunnel to a controlled treatment room where temperature 5 is maintained between about 18 ° C and about 27 ° C and the relative humidity maintained at or below about 30%, i) forming a cream having a moisture content of less than about 3.5% and less than a wafer moisture content and having a water vapor partial pressure of less than 10 ° C; than the partial water vapor pressure of the sheet, k) applying a cream to the wafer sheets in a controlled treatment mode and stacking at least two such cream-coated wafer sheets on top of each other.

According to the invention, the wafers have a higher moisture content than the cream. The cream layer is applied to the waffle sheets in such a way that the partial pressure of the cream water vapor is kept below the corresponding value of the waffles to transport moisture from the waffles to the cream. A preferred way to accomplish this is to treat the waffles 20 to an increase in moisture content, which can be accomplished by passing the waffles in a line through a ripening tunnel or wetting chamber and then applying a layer of cream. According to the invention, the cream layer is prepared and applied in a warm and dry atmosphere, such as at an air temperature of about 18 ° C to about 27 ° C (65 to about 80 ° F), and a relative humidity of 30% or less. Waffle-cream stacks or piles are formed from a plurality of such cream wafer sheets. These stacks are passed through a condenser and then cut into smaller stack units and coated or surrounded with paste. After the coating step, the final coated candy bar products are cooled, packaged and transported to the customer or warehouse.

According to the invention, coated cream waffle-candy bars are prepared which do not crack or tear in the coating during normal storage.

According to the invention, the waffles are matured in a production line so that during the maturing step the moisture content of the waffles 5 increases substantially.

According to the invention, a chocolate-coated cream waffle-candy bar is prepared in which the water contents of the cream and waffles are selected so that the partial water vapor pressure of the cream obtained is substantially lower than the water vapor partial pressure of the waffle 10.

These and other objects of the present invention will become apparent from the following description and are not to be construed as limiting the scope of the invention.

The steps of the chocolate coated cream waffle-candy bar 15 manufacturing process are shown in the attached block diagram. The process is started by mixing the various dough ingredients 11 with water. This mixing is called dough mixing step 14 and begins with mixing water and sugar for 30 seconds. This is done so that the maximum amount of sugar is soluble in water. Sodium bicarbonate, soft wheat flour, refined palm kernel oil and lecithin (release agent) are then added in the amounts shown in the example. The dough mixer 14 is carried out with a standard commercial mixer such as the Batter Mixer Type TM 120 manufactured by Franz Haas Waffelmaschinen Industriegesellschaft mbH, hereinafter referred to as Franz Haas Co., in which these ingredients are mixed for a further 3 1/2 minutes. The viscosity of the dough should now be about 30 1500 to 3000 cP as measured by a standard viscosity meter. The temperature of the dough should be about 24 ± 3 ° C (75-5 ° F) during the mixing step.

When the dough is thoroughly mixed, a waffle plate is made. The dough is placed in an automatic waffle-35 liner, such as type SWAK 32G, manufactured by 5 83283

Franz Haas Co. This machine consists of a series of waffle-like plates attached to a moving belt that conveys the plates through a heated oven. On each wafer plate, about 145 grams of dough is baked at a temperature of about 163 to about 177 eC (about 325 to about 350 eF) for about 2 minutes. This gives the waffle plate a thickness of about 2.2 to about 2.3 millimeters and a weight of 57 to 59 grams. The dimensions of these waffle plates are 445.5 mm long x 317 mm wide. The wafers have a moisture content of about 1.5 to about 1.8% when they leave the oven.

Waffle plates automatically fall from waffle iron type baking trays to a conveyor belt that feeds the trays immediately to a vault cooler 23 such as Water Sheet Cooler, Type TBK 2.0 manufactured by Franz 15 Haas Co. It takes about 5 minutes for the waffle plates to go up and over the vault and the other side down. The waffle plates now run immediately on the production line to the ripening tunnel 26, such as the KT160, manufactured by Franz Haas Co. In step 26, the conditions are carefully controlled to a temperature of about 57 ° C and a dew point of about 43 ° C. At this point, the wafer sheet has a weight of 59.8 to 61.3 g and a moisture content of about 3.0 to about 6.0%. The length and width dimensions are now 450 mm x 320 mm, the curvature is 12 - 14 mm. The time that the plates are kept in the ripening tunnel is about 21.5 min. On its way from the maturing tunnel 26, the waffles immediately move to a controlled environment where the temperature is maintained between about 18 ° C and about 27 ° C (about 65 ° C and about 80 ° F) and the relative humidity is maintained at or below about 30%. The controlled treatment space is a closed area large enough to contain all the equipment from the outlet of the ripening tunnel to the outlet of the coating machine and may also include a coating device.

At this stage of the process, a cream 27, for example a flavored nut cream, is applied, as in step 28.

6 83283

The cream should be prepared and applied in a relatively dry environment (relative humidity less than 30%). The waffle sheets are coated with a cream coating machine, type FSTM 5, from Franz Haas Co. In the case of flavored cream, the ratio of flavored cream to waffle is about 72:28. The temperature of the flavored cream is from about 27 ° C to about 29 ° C (about 81 to about 84 ° F). It has now been found that the ratio of the water content of the waffles to the water content of the cream is very important in order to avoid cracking of the final coating. Apparently, the water absorbed into the wafer stack units after the final coating results in expansion forces that create stresses in the final coating, which ultimately leads to cracking and tearing of the final coating. There are two main 15 sources of moisture for water absorption in coated candy bars. First, the ambient air contains moisture that can pass through the paper and through the final coating. Second, the cream itself contains moisture. The partial vapor pressures of the cream and waffles are proportional to the Kree-20 min and the moisture contents of the waffles. It has now been found that it is important to keep the partial vapor pressure of the cream below the partial vapor pressure of the waffle. This is accomplished by keeping the moisture content of the cream below about 2% when the waffles are coated with the cream, and by keeping the moisture content of the waffles above about 3.0% when coated with the cream. This results in partial pressures of water vapor in the cream and waffles that favor the transfer of moisture from the waffles to the cream. Once the waffle sheets are cream coated, the waffle layers are formed and cooled to about 13 ° C (55 ° F) by passing them through a Franz Haas Co waffle cooling press, type WK50, in step 30 for about 20 minutes.

The next step after cooling is to cut the stacks into smaller units. The stacks are cut, as in step-35, with a waffle cutter from Franz Haas Co., type 7 83233 pi AWD-2, 102 mm long, 36 mm wide and 14.5 mm thick, each unit weighing approximately 26.8 g . Once the stacks have been cut to the size of a candy bar, a coating step is performed as in step 34. In this process, chocolate-5 paste is applied over each bar unit. The ratio of the bar unit to the chocolate is about 65:35. Standards for the chocolate used are described in U.S. Food and Drug Administration Publication 21 C.F.R. 163111 ,. 123 and .130. This ends with the processing of the waffles and other ingredients under controlled conditions, from step 23 to step 34, and only about a total time of about 46 minutes has elapsed. Alternatively, the coating step may be performed outside the controlled environment provided it is performed rapidly, within minutes of leaving the controlled environment, and provided that the moisture contents of the cream and waffles are carefully controlled as described above. It has been found that when these conditions are maintained, the resulting wafer cream layered and coated confectionery bar does not control. . 20 bowls long after packing step 38.

The coated waffle-candy bars are sent by a tape conveyor to a cooling tunnel, as in step 36, which has three zones. Zone 1 has a temperature of about 13 ° C (55 ° F), Zone 2 has a temperature of about 13 ° C (55-25 eF) and Zone 3 has a temperature of about 18 eC (64 "F). The coated candy bars are about 5 minutes in each zone. The candy bar now weighs about 42.3 g and measures 106.9 mm long x 40.6 mm wide x 17.2 mm high.

When the bars come out of the cooling tunnels, they are sent to the packaging area and immediately wrapped and packaged, as in step 38. Preferably, a foil wrapper is used to further minimize moisture absorption into the waffles.

V 35 8 83283

Example

The specific dough recipe used in step 14 to make the waffle dough is as follows: 1. soft wheat flour (unenriched) 30.00% 5 2. refined palm kernel oil 0.25 3. lecithin (oil) 1.50 4. sodium bicarbonate 0.06 31.81 5. H 2 O * 50 liters 10 + Flour / water ratio is adjusted to obtain a suitable viscosity for processing.

Claims (4)

1. A process for making sweets bars, in particular a waffle coated with chocolate and filled with cream, whereby a) produces baked waffle slices, b) cools said slices, c) transports the chilled slices through a production line placed ripening tunnel, in which 10 determined temperature and humidity conditions are maintained, d) applying cream to the waffle slices, e) cutting at least two of the cream-coated waffle slices into units corresponding to sweetening size or sweetness topping, and to applying a chocolate-coated, cream-filled waffle, characterized in that g) in the maturation tunnel, maintains such temperature and humidity conditions that the moisture content of the slices sets at approximately 3.5-6.0%, h) immediately after transport treatment room, where the temperature is maintained between about 18 ° C and about 27 ° C and the relative humidity at or below about 30 eC. 1. forms a cream having a moisture content less than about 3.5% and less than the wafer moisture content and in which the water vapor partial pressure is less than in the wafer; The treatment room applies the cream to waffle slices and stacks At least two sheets of cream coated slices on each other. 2. A method according to claim 1, characterized in that the layers of wafer slices and cream stacked in one another are cooled in the controlled treatment room, cut into smaller units and coated with chocolate paste. 3. A method according to claim 2, characterized in that the coated units are cooled in a cooling tunnel arranged outside the controlled treatment room. 4. A process according to any of claims 1-3, characterized in that a) a waffle mixture is prepared by mixing a predetermined amount of sugar, water, sodium bicarbonate, white wheat flour, refined palm kernel oil and lecithin for about 4 minutes, b bake this waffle mixture into wafer slices of a predetermined size in an oven at a temperature of about 163 - 177 ° C for about 2 minutes, and c) cool these slices for about 5 minutes.